High Signal Podcasts Evidence ledger
Method
Browse
← Back to evidence

Evidence receipt / preference

Published · transcript-backed

Aarush Selvan: preference

18 Feb 2025 Latent Space The Inventors of Deep Research

“First, I think the thinking style models definitely help here because they are significantly better on how they reason natively and being able to draw these second order insights, which is like very premise.”

— Aarush Selvan

Source trail

Everything needed to verify it.

Speaker
Aarush Selvan
Attribution
Verified speaker
Claim type
preference
Recorded
18 Feb 2025
Publisher
Latent Space

Transcript context

…But at the same time, we also like a selfish PM perspective. Benchmarks are a really great way to motivate researchers. Like make number go up. Exactly. Or just like prove you're the best. Like it's like a really good way of like rallying the researchers within your company. Like I used to work on the MLPerf benchmarks and like that was like, yeah, you'd put like a bunch of engineers in a room and in a few days they do like amazing performance improvements on our TPU stack and things like that. Right. So just like having a competitive nature and a pressure like really motivates people. There's one benchmark that is impossible to benchmark, but I just want to leave you with it, which is that deep research. Most people are chasing this idea of discovering new ideas. And deep research right now will summarize the web in a way that. Yeah. Is much more readable, but it won't. You know, what will it take to discover new things from the things that you've searched? First, I think the thinking style models definitely help here because they are significantly better on how they reason natively and being able to draw these second order insights, which is like very premise. Like if you can't do that, you can't think of doing what you mentioned. So that's that's one step in. The other thing is. I think it also depends on the domain. So sometimes you can drift with a model for like new hypothesis, but depending on the domain, you might not be able to verify that hypothesis. Right. So like coding math, there are reasonably good tools that the model already knows to interact with. And you can run a verifier, test the hypothesis and so on. Like even if you think about it from a purely agent perspective saying, hey, I have this hypothesis in this area. Go figure out and come back to me. Right. But let's say you're a chemist. Right. So what are you going to do that? We don't have like synthetic environments yet where the model is able to verify these hypotheses by playing in a playground and have this like a very accurate verifier or a reward signal. The computer uses another one where there are both in the open source research and so on. There's like nice playgrounds coming up. So I think for if you're talking about truly being able to come up with my personal opinion is the model doesn't have to do the second order thinking. And so on that we're seeing now with these new models, but also be able to play and test that out in an environment where you can verify and give it feedback so that it can continue trading. Yeah. So basically like code sandboxes for now.…

Stored transcript either side of the excerpt. The highlighted words are the published quote; the surrounding text is unedited source, never generated.

Search evidence